EINHELL TC-PL 750 Manual De Instrucciones Original página 29

Attention!
The device, however, is designed for only one
voltage: either 127V or 220V. So please check its
voltage before you plug it in.
Danger!
Sound and vibration
Sound and vibration values were measured in
accordance with EN 62841.
L sound pressure level ........................ 82 dB(A)
pA
K uncertainty ............................................. 3 dB
pA
L sound power level .......................... 93 dB(A)
WA
K uncertainty ............................................. 3 dB
WA
Wear ear-muff s.
The impact of noise can cause damage to hea-
ring.
Total vibration values (vector sum of three direc-
tions) determined in accordance with EN 62841.
Vibration emission value a
K uncertainty = 1.5 m/s
The stated vibration emission levels and stated
noise emission values were measured in ac-
cordance with a set of standardized criteria and
can be used to compare one power tool with
another.
The stated vibration emission levels and stated
noise emission values can also be used to make
an initial assessment of exposure.
Warning:
The vibration and noise emission levels may vary
from the level specifi ed during actual use, depen-
ding on the way in which the power tool is used,
especially the type of workpiece it is used for.
Residual risks
Even if you use this electric power tool in
accordance with instructions, certain resi-
dual risks cannot be rules out. The following
hazards may arise in connection with the
equipment's construction and layout:
1. Lung damage if no suitable protective dust
mask is used.
2. Damage to hearing if no suitable ear protec-
tion is used.
3. Health damage caused by hand-arm vib-
rations if the equipment is used over a pro-
longed period or is not properly guided and
maintained.
Anl_SA_TC_PL_750_SPK8.indb 29 Anl_SA_TC_PL_750_SPK8.indb 29
= 2.63 m/s
2
h
2
- 29 -
GB
5. Before starting the equipment
Before you connect the equipment to the mains
supply make sure that the data on the rating plate
are identical to the mains data.
Warning!
Always pull the power plug before making
adjustments to the equipment.
5.1 Adjusting the chip depth (Fig. 3/Item 1)
You can adjust the chip depth in steps of 0.1 mm
from 0 to 2 mm by turning the setting knob for the
chip depth (1).
Turn the setting knob for the chip depth (1) in a
clockwise direction to set a greater chip depth.
Greater chip depth
Turn the setting knob for the chip depth (1) in a
counter-clockwise direction to set a lower chip
depth. Lower chip depth
After fi nishing work, set the chip depth so that the
knives are lowered and thus protected from da-
mage. Turn the setting knob for the chip depth to
position "0" for this purpose.
5.2 Chip extraction (Figure 1)
For optimum chip extraction you can connect the
equipment to a vacuum cleaner (not supplied). To
do so, insert the vacuum cleaner tube (c) into the
chip discharge (2).
Note!
The vacuum cleaner you use for the vacuum ex-
traction must be suitable for the material you are
cutting.
5.3 Parallel stop (Fig. 4)
Use the parallel stop (11) when you want to plane
parallel to the edge of the workpiece.
Fitting the parallel stop
•
Fasten the mount (d) of the parallel stop to
the left side of the tool using the supplied
thumb screw (a).
•
Now connect the mount (d) to the slide of the
parallel stop (11).
•
The guide rail must always be aligned in
downward direction.
•
Fix the distance required between the parallel
stop and the edge of the workpiece.
•
Fasten the parts with the carriage bolt (b) and
the wing nut (c).
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